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Bronchogen

A short peptide bioregulator (Khavinson) aimed at lung/bronchial tissue. The idea behind these tissue-specific bioregulators is to support the gene activity of a particular organ, here, the respiratory tract; in brief courses.

Research referenceCommunity compiled

Molecular profile

The molecule itself: sequence, composition, mass, target, and registry identifiers.

Molecular formula
C₁₈H₃₀N₄O₉
Average mass
446.5 Da
CAS number
857267-12-0
Registry
PubChem CID 11690869
Formula, mass and identifiers from PubChem CID 11690869.
Research & reference information

This profile compiles research and community-sourced reference information for educational purposes. Information may evolve as research and community knowledge develop. It is not individualized medical advice.

Overview

Bronchogen (AEDL) is a synthetic short-chain peptide bioregulator developed specifically to target the respiratory system, bronchial walls, and lung tissue.

What problem it targets: It addresses chronic bronchial inflammation, respiratory fatigue, coughing, exercise-induced asthma, environmental lung stress, and impaired airway repair.

What It Does

• Restores bronchial epithelial cell function: Interacts directly with DNA in lung and bronchial tissues to stimulate cell division and repair damaged airway lining cells.

• Clears chronic airway inflammation: Suppresses pro-inflammatory cytokines and decreases mucus hypersecretion, helping restore clear, unconstricted airway passages.

• Enhances respiratory stamina: Improves oxygen exchange efficiency and cellular defense mechanisms against airborne toxins, smoke, and pollutants.

• Realistic expectations: Typically administered in 10- to 20-day cycles a few times per year. It does not act as an immediate acute bronchodilator (like an albuterol inhaler), but builds long-term tissue resilience.

Reconstitution

Vial SizeBAC Water / SolventConcentration
20 mg+ 4 mL5 mg/mL
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Protocol

PhaseFrequencyAmountNotes
Course (10–20 days)Daily1–2 mg SubQSubQ. (Oral bioregulator dosing runs higher, 10–20 mg/day.)
Between courses––1–3 courses per year.
Cycle & Timing

10–20 day course, 1–3×/year.

Timing

any time. Note: respiratory-targeted bioregulator; evidence is largely Russian research, limited Western RCTs.

Population Considerations

Unisex peptide bioregulator, short courses, no sex-specific dosing; minimal human data. Avoid in pregnancy.

Handling & Stacking

Injection site
SubQ, abdomen. Rotate.
Storage
Freeze-dried: -4°F. Reconstituted: 36–46°F, best used within ~4–6 weeks (structure-based estimate), which covers the usual course.
Side effects
Generally well tolerated, mild injection-site reaction. Human safety data limited.
What to expect
Proposed respiratory-tissue support over a course; subtle, and evidence is preliminary. Supply math 20mg → 2 vials (20-day course @ 2 mg/day SubQ)
Pairs well with
Other Khavinson bioregulators (organ-specific stacks); Thymalin (immune); Epithalon (longevity)
Avoid
Active malignancy of the target tissue (bioregulator gene-expression effects, theoretical). Pregnancy

Safety & Patient Education

Contraindications
Active malignancy (theoretical, tissue gene-expression modulation) Pregnancy and lactation Hypersensitivity to the peptide
Warnings
Limited Western clinical data, most evidence is Russian research Quality varies, request a COA Subtle, course-based effects; not an acute therapy
Drug interactions
No well-characterized interactions Commonly stacked with other bioregulators in a course
Labs
None compound-specific; respiratory function tracking if that’s the goal
Stop criteria
Persistent injection-site reaction Any unexpected respiratory or systemic symptom Pregnancy
Patient education
A short-course, organ-targeted bioregulator; not continuous Evidence is preliminary and largely Russian Subtle effects; manage expectations Request a COA; source quality matters
References
researchdosing · peptidedosages · PubMed · thepeptidereport